- #1
That would be the acceleration acting downward if there were no parachute. The retarding force R of the parachute acts upward, in the opposite direction of the gravitational force acting on the rocket.TyErd said:
Rocket motion refers to the movement of a rocket through space or atmosphere, propelled by the expulsion of gases from its engine.
Some factors that affect rocket motion include the amount of thrust produced by the rocket's engine, the mass of the rocket, the air resistance or drag, and the force of gravity.
Rocket motion differs from other types of motion because it involves the propulsion of a vehicle through an external force (exhaust gases) rather than relying on internal forces such as muscles or engines.
The trajectory of a rocket is calculated using mathematical equations that take into account the initial velocity, acceleration, and external forces acting on the rocket.
Some challenges in predicting and controlling rocket motion include unpredictable weather conditions, variations in fuel efficiency, and the complex interplay of various forces acting on the rocket.
